Virtual Booth

Technically, efficiently cleaning paintbrushes while minimizing water consumption is crucial for sustainability and practicality. Nowadays, cleaning paintbrushes efficiently is a common challenge during art classes. To enumerate, the existing methods often involve wasteful water use and repetitive rinsing, which can be time-consuming and environmentally unfriendly. Selected methods underwent iterative refinement and prototype development. This phase included designing and specialized cleaning tools and testing their functions and eff activeness under controlled conditions. Next, data collection involved quantitative measures such as residue removal rates and water consumption metrics for prototype. Then, proceed to the product development and testing. Which prototype was tested using standardized paint application and cleaning scenarios to stimulate real-world conditions encountered by students during art classes. Comparative analysis was conducted to assess and the performance to developed methods against the existing traditional practices. The final phase focused on evaluating the environmental impact of the developed cleaning methods. Comparative analysis was conducted between traditional and innovative techniques, considering factors such as water savings, chemical usage, and overall sustainability. Results were analysed using statistical methods to determine practicality. To sum it all up, results indicate significant reductions in water usage and environmental footprint compared to existing traditional practices. The study underscores the potential of innovative cleaning methods to promote sustainable practices among students and teachers during art classes.